Digitalization enables public organizations to personalize their services, tuning them to the specific situation, abilities, and preferences of the citizens. At the same time, digital services can be experienced as being less personal than face-to-face contact by citizens. The large existing volume of academic literature on personalization mainly represents the service provider perspective. In contrast, in this paper we investigate what makes citizens experience a service as personal. The result are eight dimensions that capture the full range of individual experiences and expectations that citizens expressed in focus groups. These dimensions can serve as a framework for public sector organizations to explore the expectations of citizens of their own services and identify the areas in which they can improve the personal experiences they offer.
MULTIFILE
Research work on robots in the context of neurodevelopmental disorders and psychology has traditionally been developed by researchers with a background primarily in engineering and computer science. As psychology is getting ready to play a more prominent role, there is a chance to apply specific psychological theory and methods. Such application may be facilitated by the establishment of a relevant scientific infrastructure, such as through a specialist journal on robopsychology.
MULTIFILE
Voor MKB-winkeliers is het de afgelopen jaren steeds lastiger geworden om goed personeel te vinden. De kwaliteit van de dienstverlening in de winkel komt hierdoor onder druk te staan wat ten koste gaat van klanttevredenheid en omzetten. Om het tij te keren willen MKB-winkeliers meer kennis opdoen over de mogelijkheden die sociale robots hen bieden om klanten te bedienen. Uit de vraagarticulatie is gebleken dat de MKB-winkeliers het meeste verwachten van de mogelijkheden om met sociale robots klanten te ontvangen, hen de weg te wijzen, promoties te tonen, productinformatie te verstrekken, en advies te geven. In dit project onderzoeken wij de toegevoegde waarde van sociale robots die deze dienstverlenende taken uitvoeren in tien winkels in Nederland. De centrale onderzoeksvraag van dit project luidt: “Hoe en in welke mate leidt de inzet van sociale robots voor diverse dienstverlenende taken in de winkel (ontvangen van klanten, wijzen van de weg, promoten van aanbiedingen, verstrekken van productinformatie, het geven van advies) tot tevredenheid van klant en personeel, en zorgt het voor toegevoegde waarde voor de winkelier?” Om deze vraag te kunnen beantwoorden zijn vijf deelvragen geformuleerd, die aan de hand van drie samenhangende werkpakketten samen met consortiumpartners via praktijkgericht onderzoek zullen worden beantwoord. De kern van het consortium bestaat uit de Hogeschool van Amsterdam, de Vrije Universiteit Amsterdam, TMO Fashion Business School, tien winkeliers, en een robotprovider. De nieuwe kennis die met dit project wordt gegenereerd over de mogelijkheden van sociale robots voor de dienstverlening in winkels (en daarmee hun voortbestaan), is van grote waarde voor MKB-winkeliers in heel Nederland. De resultaten van het onderzoek worden daarom in een vierde werkpakket breed gedeeld via de brancheorganisaties INretail, Het Vakcentrum en Techniek Nederland, een websitepagina op Retail Insiders, een YouTube kanaal, een boekje, en blogartikelen voor winkeliers op toonaangevende online platforms.
The Hospitality, Tourism, Innovation & Technology Experts Network (HTIT-EN) is a pivotal initiative aimed at unlocking societal impact potential. The Dutch hospitality and tourism sector, which employs over half a million individuals and annually hosts more than 40 million guests, ranks as the Netherlands’ 8th largest economic sector. However, this sector faces numerous challenges, including the uncertain impact of emerging technologies and issues such as unethical behavior, workforce attrition, and staff shortages, which have been exacerbated by the COVID-19 pandemic. The advent of emerging technologies like service robots, immersive experiences, and artificial intelligence has brought the sector to a critical juncture. These innovations pose significant disruptions, challenging the traditional concept of hospitality and questioning the positive societal impact in terms of ethical considerations, inclusivity, affordability, and data privacy.Strategically positioned to address these challenges, HTIT-EN focuses on leveraging emerging technologies to create impactful scenarios and shape the future of hospitality and tourism. Our motivation stems from the sector’s societal importance and its continuous influence on our daily lives. By harnessing technology and innovation, we aim to tackle industry-specific issues and extend the positive societal impact to related human-centered service industries.The overarching mission of HTIT-EN is to empower the Dutch Hospitality and Tourism sector to serve as a driving force for technology-enabled societal impact. The primary objective is to align research activities and promote collaboration. Key objectives include bringing together leading professors specializing in technology-driven impact within the hospitality and tourism sector, initiating research projects in line with a shared research agenda and in collaboration with local and international industry partners, and collaboratively developing expertise in emerging technologies that empower the role of hospitality and tourism as catalysts for societal impact. This endeavor contributes to the development and acceleration of the Knowledge and Innovation Agenda (KIA) ‘Key technologies’ & ‘Digitalization’. The aim is to foster an excellent reputation for Dutch hospitality and tourism as a global leader in technology-driven societal impact.We have strong support from CELTH, the Centre of Expertise within the domain of leisure, tourism and hospitality for the overall ambitions of the research project.Societal issueThe HTIT-EN project bridges societal importance and cross-cutting issues in the tourism and hospitality sectors. It’s fueled by the ambition to leverage emerging technologies to tackle industry-specific challenges, including knowledge and skills gaps, labor shortages and replacements, and evolving consumer expectations.Benefit to societyThe platform brings together professors and researchers from MBO, HBO and WO knowledge institutes as well as diverse set of professional partners to stimulate collaboration, align research lines and establish joint a joint research agenda on how technology-driven impact may become a catalyst within hospitality and tourism.
In 2024, the Dutch government set a new plan for offshore wind farms to become the Netherlands' largest power source by 2032, aiming for 21 GW of installed capacity. By 2050, they expect between 38 and 72 GW of offshore wind power to meet climate-neutral energy goals. Achieving this depends heavily on efficient wind turbines (WTs) operation, but WTs face issues like cavitation, bird strikes, and corrosion, all of which reduce energy output. Regular Inspection and Maintenance (I&M) of WTs is crucial but remains underdeveloped in current wind farms. Presently, I&M tasks are done by on-site workers using rope access, which is time-consuming, costly, and dangerous. Moreover, weather conditions and personnel availability further hinder the efficiency of these operations. The number of operational WTs is expected to rise in the coming years, while the availability of service personnel will keep on declining, highlighting the need for safer and more cost-effective solutions. One promising innovation is the use of aerial robots, or drones, for I&M tasks. Recent developments show that they can perform tasks requiring physical interaction with the environment, such as WT inspections and maintenance. However, the current design of drones is often task-specific, making it financially unfeasible for small and medium-sized enterprises (SMEs) – providing services in WT inspection and maintenance- to adopt. Together with knowledge institutes, SMEs and innovation clusters, this project addresses these urgent challenges by exploring the question of how to develop a modular aerial robot that can be easily and intuitively deployed in offshore environments for inspecting and maintaining WTs to facilitate SMEs adoption of this technology? The goal is to create a modular drone that can be equipped with various tools for different tasks, reducing financial burdens for SMEs, improving worker safety, and facilitating efficient green energy production to support the renewable energy transition.
